A rolling track is a simple, gravity-powered system designed to move items from one point to another.
Understanding Rolling Tracks
Based on the provided reference, rolling tracks are components that enable the movement of SLC boxes, cartons, containers or individual parts from one point to another with the help of gravity. Essentially, they provide a path with minimal friction, allowing objects placed upon them to roll downwards along an incline.
How Rolling Tracks Function
- Gravity Powered: The primary force driving movement on a rolling track is gravity. The track must be set up with a slight decline from the starting point to the destination point.
- Reduced Friction: Roller elements embedded in the track minimize resistance, making it easy for items to roll.
- Forming Conveyors: Two roller tracks form a roller conveyor (without drive). This means a pair of parallel rolling tracks, typically with some space between them, creates a basic conveyor system that doesn't require motors or electricity to move items.
- Guiding the Load: The system keeps the load carrier on track with the help of lateral guides. These guides, often simple side rails, prevent items from rolling off the track and ensure they follow the intended path.
Key Features
Here's a summary of the core aspects of rolling tracks:
- Movement Mechanism: Gravity-assisted rolling.
- Items Handled: Suitable for standard load carriers (SLC boxes), cartons, containers, and individual parts.
- System Formation: Two tracks create a non-driven roller conveyor.
- Guidance System: Utilizes lateral guides for stability.
Applications
Rolling tracks are commonly used in various settings where items need to be moved short distances or accumulated, such as:
- Warehousing and Logistics
- Manufacturing assembly lines
- Order fulfillment centers
- Gravity flow racks
These tracks offer a cost-effective and energy-efficient solution for material handling, particularly for items that are relatively stable and can tolerate movement by gravity.
